10th Class Physics Guess Paper 2026 PDF
Complete preparation with important numericals, definitions, electronics concepts and key formulas for 10th Physics 2026. Based on 2026 pairing scheme. Valid for BISE Lahore, BISE Faisalabad, and all Punjab Boards.
Practice numericals offline: Download our mobile app for physics formulas and step-by-step numerical solutions.
Valid for All Punjab Boards
Preview — 10th Physics Guess Paper 2026
Chapter-Wise Weightage Analysis
| Chapter Name | Weightage | Numericals | Theory |
|---|---|---|---|
| Ch 11: Sound | 14% | Yes | Medium |
| Ch 12: Geometric Optics | 13% | Yes | High |
| Ch 13: Electrostatics | 12% | Yes | High |
| Ch 14: Current Electricity | 14% | Yes | Medium |
| Ch 15: Electromagnetism | 11% | Limited | High |
| Ch 16: Basics of Electronics | 10% | No | High |
| Ch 17: Information Technology | 9% | No | Medium |
— Advertisement —
10th Class Physics Guess Paper 2026 — Smart Preparation Strategy
This 10th class Physics guess paper 2026 covers all important chapters with chapter-wise weightage analysis. Physics has both conceptual theory and numerical problem-solving. The table above shows Current Electricity and Sound have the highest weightage (14% each).
All Punjab Boards including BISE Lahore, BISE Faisalabad, and BISE Multan follow the same Physics curriculum. Approximately 35-40% marks come from numericals.
Related Resources:
Preparation Tip: Physics numericals look difficult but follow fixed formulas. Master 4-5 key formulas (V=IR, v=fλ, lens formula, Coulomb's law) and practice unit conversions. Once formulas are clear, numericals become simple. Students who practice regularly score 80-90% marks.
Formula Reference: Download our Creative Taleem app for complete physics formula sheet and numerical practice offline!
Type of Numericals (Chapter-Wise)
Sound
- Wave velocity calculations
- Frequency & wavelength problems
- Speed of sound in different media
Optics
- Lens formula (1/f = 1/v + 1/u)
- Mirror formula and magnification
- Refractive index calculations
Electrostatics
- Coulomb's law calculations
- Electric field strength
- Capacitance problems
Electricity
- Ohm's law (V=IR)
- Power calculations (P=VI)
- Resistance in series & parallel
- Joule's heating law
Important Definitions & Short Questions
- 1Define frequency, wavelength, and time period.
- 2What is echo? Write conditions for echo formation.
- 3Define reflection and refraction of light.
- 4State laws of reflection.
- 5What is refractive index? Write Snell's law.
- 6Define focal length and principal focus.
- 7What is static electricity? Define Coulomb's law.
- 8Define electric field and potential difference.
- 9State Ohm's law with its mathematical form.
- 10What is resistance? Write factors affecting resistance.
- 11Define magnetic field and magnetic flux.
- 12What is electromagnetic induction? State Faraday's law.
Electronics Concepts (Ch 16 - Important)
Difference between analog and digital signals
Logic gates: AND, OR, NOT (symbols & truth tables)
Semiconductor: P-type and N-type
Diode: Symbol, working, and applications
Transistor: Types (NPN, PNP) and uses
LED and its advantages
Key Formulas You Must Remember
Sound
- v = fλ (velocity = frequency × wavelength)
- Speed of sound in air ≈ 340 m/s
Light
- n = c/v (refractive index)
- 1/f = 1/v + 1/u (lens formula)
- n₁sinθ₁ = n₂sinθ₂ (Snell's law)
Electricity
- V = IR (Ohm's law)
- P = VI (Power)
- P = I²R
- Q = Pt (Energy)
- Rs = R₁ + R₂ (series)
- 1/Rp = 1/R₁ + 1/R₂ (parallel)
Electrostatics
- F = k(q₁q₂)/r² (Coulomb's law)
- E = F/q (Electric field)
- C = Q/V (Capacitance)
— Advertisement —
Frequently Asked Questions
Master Physics with Formula Sheet & Solutions
Get complete physics formula reference and step-by-step numerical solutions. Practice offline with our mobile app - available anytime, anywhere.
Download Our Mobile AppAvailable on Google Play